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PARK, CHAN EON (박찬언)

Dept. of Chemical Engineering(화학공학과)

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THINFILM TRANSISTORS:46||PERFORMANCE:43||FIELDEFFECT TRANSISTORS:38||MOBILITY:30||MORPHOLOGY:29||POLYMERS:28||SEMICONDUCTORS:27||CONJUGATED POLYMERS:22||adhesion strength:17||BEHAVIOR:17||PENTACENE:16||BLENDS:16||ADHESION:15||FILMS:15||EFFICIENCY:14||POLYETHYLENE:12||POLYMER:12||TRANSPORT:12||surface rearrangement:12||POLYSTYRENE:12||HIGHPERFORMANCE:11||WATER:11||HIGHMOBILITY:11||polyimide:11||DESIGN:10||STABILITY:10||DERIVATIVES:10||OPENCIRCUIT VOLTAGE:10||COPOLYMERS:10||DEVICES:10||CHARGETRANSPORT:9||MECHANISMS:9||PHOTOVOLTAIC CELLS:9||SOLARCELLS:9||POWER CONVERSION EFFICIENCY:8||plasma treatment:8||plasma:8||XPS:8||TOUGHENING MECHANISMS:8||COPOLYMER:8||SELFASSEMBLED MONOLAYERS:8||ORGANIC TRANSISTORS:8||SURFACE:8||ENDCAPPED OLIGOMERS:7||SURFACE MODIFICATION:7||POLYMER BLENDS:7||INTERFACES:7||GROWTH:7||epoxy resin:6||NETWORKS:6||BLOCK COPOLYMERS:6||PHASE:6||crystallinity:6||poly(imidesiloxane):6||UNSATURATED POLYESTER:6||INTERFACE:6||HETEROJUNCTION SOLARCELLS:6||DONOR:6||aging:6||copper:6||TETRAFUNCTIONAL EPOXYRESINS:6||POLYMERIZATION:6||ORIENTATION:6||LIQUID POLYURETHANE RUBBER:6||POLY(ETHER SULFONE):6||SOLVENT:6||conjugated polymers:5||DEPENDENCE:5||KINETICS:5||POLYIMIDE:5||DYNAMICS:5||COPPER:5||pentacene:5||LIGHTEMITTINGDIODES:5||EFFICIENT:5||AROMATIC POLYIMIDES:5||POLYMER SOLARCELLS:5||PRECURSOR:5||MODEL:5||POLY(3HEXYLTHIOPHENE):5||AIR:5||ACCEPTOR:5||ELECTRONICS:5||CIRCUITS:5||phase separation:5||XRAYSCATTERING:5||MECHANICALPROPERTIES:5||organic fieldeffect transistors:5||ORGANIC SEMICONDUCTORS:5||POLYTHIOPHENE:5||PHOTOVOLTAIC PROPERTIES:4||COPOLYMER HOMOPOLYMER BLENDS:4||FLUORENE:4||argon:4||HYDROPHOBIC RECOVERY:4||SPINODAL DECOMPOSITION:4||poly(propylenegraftacrylic acid):4||ANISOTROPY:4||LOWDENSITY POLYETHYLENE:4||poly(ethyleneranacrylic acid):4||BENZODITHIOPHENE:4||GATE DIELECTRICS:4||LOWBANDGAP POLYMER:4||organic thin film transistor:4||crosslinking:4||lowdensity polyethylene:4||birefringence:4||POLYIMIDE FILMS:4||INPLANE ORIENTATION:4||conjugated polymer:4||ORGANOSILICATE DIELECTRIC FILMS:4||TRANSISTORS:4||GATEDIELECTRICS:4||oxygen:4||polysulfone:4||viscosity:4||poly(methyl methacrylate):4||imidization:4||FABRICATION:4||CONTACTANGLE:4||SPECTROSCOPY:4||poly(amic acid) precursor:4||POLYMERFILMS:4||residual stress:4||GASDIFFUSION BARRIERS:4||cyanate ester:4||MULTICOMPONENT POLYMER SYSTEMS:4||PMMA:4||CHAIN ORIENTATION:4||BLOCK COPOLYMERS:4||NIZN FERRITES:4||toughening:4||FILM:4||CONTACT:4||REACTIVE COMPATIBILIZATION:4||PHOTOVOLTAIC DEVICES:4||DIKETOPYRROLOPYRROLE:4||RAY PHOTOELECTRONSPECTROSCOPY:4||morphology:4||HIGHPERFORMANCE SEMICONDUCTORS:3||POLYAMIDES:3||THINFILMS:3||environmental stress cracking:3||DISPERSION:3||Mobility:3||ORGANIC SEMICONDUCTOR:3||solar cells:3||SIDECHAIN:3||LAYER:3||TANDEM POLYMER:3||triazole:3||BENZOTRIAZOLE:3||LARGEAREA:3||solar cell:3||Xray diffraction:3||ORGANIC PHOTOVOLTAICS:3||INSULATORS:3||SURFACES:3||POLY(ETHYLENETEREPHTHALATE):3||ELECTRODES:3||MWNT:3||SOLUBILIZATION:3||THIOPHENE:3||ENERGY:3||thermal stress:3||RESIDUALSTRESS:3||NANOCOMPOSITES:3||LOWBANDGAP POLYMERS:3||PURITY:3||polymers:3||ELECTRON:3||styreneacrylonitrile copolymer:3||SIZE:3||REGIOREGULAR POLY(3HEXYLTHIOPHENE):3||Organic thinfilm transistors:3||mobility:3||COLORLESS POLYIMIDES:3||BENZOTHIADIAZOLE:3||BLUE:3||spincoating:3||thin films:3||charge transport:3||synthesis:3||IMPROVEMENT:3||ELECTRONIC TRANSPORT:3||ZnO:3||P3HT:3||TEMPERATURE:3||SEMICONDUCTING POLYMERS:3||CONJUGATED POLYMER:3||OLIGOMERS:3||oxygen plasma:3||PYROMELLITIC DIANHYDRIDE:3||POLYALICYCLIC STRUCTURE:3||Asymmetric anthracene derivatives:2||Solutionprocessing:2||MOLECULES:2||ANTHRADITHIOPHENE:2||CHARGECARRIER MOBILITY:2||chargecarrier injections:2||LDPE:2||stress relaxation:2||dynamic contact angle:2||MELT:2||SILANE:2||functional group inhomogeneity:2||rodlike polyimide:2||molecular inplane orientation:2||molecular ordering:2||compatibilization mechanism:2||MOLECULAR DESIGN:2||poly(ethylenecoacrylic acid):2||ANHYDRIDE:2||bisphenolA dicyanate:2||POLYAMIDE6:2||MWNT/PEDOT: PSS:2||NANOTUBES:2||organic fieldeffect transistor:2||TRANSPARENT:2||amine treatment:2||Organic transistor:2||Water vapor:2||Solar cells:2||ENHANCED RAMANSCATTERING:2||diffusion coefficient:2||OXYGENPLASMA:2||leadonchip packaging:2||JOINTS:2||REALTIME:2||contact angle hysteresis:2||ETHER:2||peel strength:2||TREATED POLYETHYLENE:2||THERMALEXPANSION COEFFICIENT:2||INTEGRATED OPTICAL TECHNIQUES:2||TOUGHNESS:2||CHARGE NEUTRALITY LEVEL:2||GOLD:2||Organic semiconductor:2||HOLEINJECTION BARRIER:2||grain boundary:2||TRIISOPROPYLSILYLETHYNYL PENTACENE:2||Water vapor transmission rate:2||CdS:2||Crystallinity:2||organic solar cells:2||semiconductors:2||ENCAPSULATION:2||Solgel process:2||OLIGOTHIOPHENES:2||PROGRESS:2||notch sensitivity:2||ALKANES:2||highdensity polyethylene:2||CORONA DISCHARGE:2||ALTERNATING AROMATIC COPOLYIMIDES:2||leadonchip (LOC) packaging:2||Xray photoelectron spectroscopy (XPS):2||timeofflight secondary ion mass spectroscopy (TOFSIMS):2||poly(ethylene terephthalatecoisophthalate):2||water vapor permeability:2||finite element analysis:2||interfacial adhesion:2||SYSTEMS:2||INJECTION MOLDINGS:2||THERMOPLASTICS:2||DISCHARGE:2||interfacial tension:2||MISCIBLE BLENDS:2||OFET:2||DISPLAYS:2||MONOLAYER:2||NEXAFS:2||FUNCTIONALIZED ACENES:2||DpiAtype copolymer:2||fieldeffect mobility:2||interfacial morphology:2||MOLECULARWEIGHT:2||BULK HETEROJUNCTION:2||SINGLECRYSTALS:2||Oxide films:2||hybrid:2||SIDECHAINS:2||graphene:2||SENSOR:2||INDIUMTINOXIDE:2||CYCLIZATION:2||REVERSE MICELLES:2||OPTICALPROPERTIES:2||photovoltaic devices:2||Passivation:2||Charge transfer:2||Heterojunctions:2||Power conversion efficiencies:2||Field effect transistors:2||CdSe:2||DIELECTRICS:2||charge transfer:2||OTFT:2||CONVERSION EFFICIENCY:2||SURFACE VISCOELASTICITY:2||PERMEATION:2||transistors:2||ATOMIC LAYER DEPOSITION:2||fluorene:2||SEMICONDUCTOR:2||selforganization:2||MODIFIED POLY(METHYL METHACRYLATE):2||materials science:2||GLOWDISCHARGE:2||polysulfone ultrafiltration membrane:2||POLY(ETHYLENE) SURFACES:2||lamination:2||toughening behaviour:2||PARTICLES:2||KNITLINES:2||functional group content:2||cyanated polysulfone:2||POLYETHERIMIDE:2||compatibility:2||IONIC INTERACTIONS:2||POLYAMIDE BLENDS:2||polyimide films:2||ELASTOMERMODIFIED EPOXIES:2||DEFORMATION:2||diallylterephthalate resin:2||crosslinks:2||PSS FILMS:2||INSITU:2||MICROREACTORS:2||photopatternable:2||meltcrystallization:2||Substrates:2||Transistors:2||SEMICONDUCTOR NANOCRYSTALS:2||CELLS:2||bulk heterojunction:2||ORGANIC SOLARCELLS:2||MEMORY CHARACTERISTICS:2||ELECTRONTRANSPORT:2||conducting polymers:2||crystallizationassisting layer:2||THIOPHENE COPOLYMERS:2||semiconductor:2||XRAY REFLECTIVITY:2||ABSORPTION SPECTROSCOPY NEXAFS:2||oxygenplasma:2||SURFACEANALYSIS:2||HDPE:2||angleresolved XPS:2||AZOLE COMPOUNDS:2||OXIDATION:2||OXIDE:2||nanocomposites:2||INTEGRATEDCIRCUITS:2||3,6Carbazole:2||Organic field effect transistors:2||nanowire:2||MONOLAYERS:2||Hole Injection Layer:2||GATE INSULATORS:2||organic thinfilm transistors:2||DIODES:2||Polymer solar cells:2||triisopropylsilylethynyl pentacene (TIPSPEN):2||REGIOREGULARITY:2||dithienothiophene:2||POLYMER SURFACES:2||zeta potential:2||adhesion:2||PACKAGES:2||orientation:2||nucleation:2||gammaAPS:2||ACID):2||refractive index:2||COATINGS:2||MORPHOLOGY DEVELOPMENT:2||CRAZES:2||surface energy:2||fracture toughness:2||endsulfonated polystyrene:2||fracture:2||PEDOT: PSS:2||TRANSPARENT CONDUCTING FILMS:2||NANOSIZED PARTICLES:2||Temperature:2||SENSITIZATION:2||CDS:2||Morphology:2||SELFORGANIZATION:2||Photovoltaics:2||conducting materials:2||POLYPROPYLENE:2||fouling:2||POLYPROPYLENE SURFACES:2||ARGON PLASMA:2||aluminum:2||NONISOTHERMAL CRYSTALLIZATION:2||DSC:2||intrinsic stress:2||surface treatment:2||POLYETHYLENE POLYSTYRENE BLENDS:2||polystyrene:2||ESCA:2||reactive compatibilization:2||PLASTICDEFORMATION:2||local molecular order:2||POLYMER INTERFACES:2||DIPOLE FORMATION:2||thiophene:2||composite film:2||Organic photovoltaic cell:2||polyimides:2||molecular orientation:2||SELENOPHENE:2||ELECTROLUMINESCENT DEVICES:2||Organic solar cells:2||Sonogashira coupling:2||UNITS:2||Semiconductor:2||impact strength:2||organic lightemitting diodes:2||TRANSITIONS:2||TREATED SILICONERUBBER:2||polyisoimide:2||INHIBITION:2||surface modification:2||2,3/5,6DIANHYDRIDES:2||aging rate:2||leadframe:2||nonisothermal crystallization:2||particle size:2||polyethylene:2||domain size:2||INTERFACIALTENSION:2||TOUGHENED ALIPHATIC POLYAMIDES:2||deformation mechanism:2||contact resistance:2||METAL:2||ORGANICSOLVENT:2||fluorescence:2||ACENES:2||Anthracene:2||ROUGHNESS:2||2,7Carbazole:2||CARRIER MOBILITY:2||organic photovoltaics:2||Phase separation:2||Solubility:2||POLYTHIOPHENES:2||CONJUGATED COPOLYMERS:2||POLY(3ALKYLTHIOPHENES):2||SMALLMOLECULE:2||POLYFLUORENES:2||EFFECT MOBILITY:2||Absorption:2||polycarbonate:2||SMECTIC PHASE:2||CORROSION:2||ETHER BENZIMIDAZOLE):2||aging effect:2||SILICONERUBBER:2||attenuated total reflectance Fourier transform infrared spectroscopy (ATRFTIR):2||migration:2||adhesion and aging:2||amineterminated poly(dimethyl siloxane):2||aromatic copolyesters:2||AMORPHOUS POLYMERS:2||reactive compatibility:2||EXPANSION COEFFICIENT:2||INITIALSTAGES:2||GROWTH KINETICS:2||FRACTURE:2||aluminum substrate:2||NYLON6,6:2||nylon6/polystyrene blend:2||MODIFIED EPOXIES:2||inverter:2||

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